Added a new file called Move.lgo.
This file contains a single function called "Move" that accepts an integer value and moves the turtle in forward direction in that value. This function returns the square value of the steps. This is called the Quadrant of the line created.
By definition, opposite quadrant divided by the hypotenuse quadrant of a right triangle defines the spread between two lines.
When two lines intersect each other, all the spreads at the point of intersection of the two lines is same:
If you would like to refer to this comment somewhere else in this project, copy and paste the following link:
See how symmetry is completely achieved using spreads? If these were angles, they wouldn't all be the same at once.
Occam's razor should make the proper argument as to why rational trigonometry is an important step in learning trigonometry.
If you would like to refer to this comment somewhere else in this project, copy and paste the following link:
Added a new file called Move.lgo.
This file contains a single function called "Move" that accepts an integer value and moves the turtle in forward direction in that value. This function returns the square value of the steps. This is called the Quadrant of the line created.
By definition, opposite quadrant divided by the hypotenuse quadrant of a right triangle defines the spread between two lines.
When two lines intersect each other, all the spreads at the point of intersection of the two lines is same:
much better picture is here: http://en.wikipedia.org/wiki/File:Spread_between_two_lines.svg
See how symmetry is completely achieved using spreads? If these were angles, they wouldn't all be the same at once.
Occam's razor should make the proper argument as to why rational trigonometry is an important step in learning trigonometry.